Video Conferencing
Client: General Office of the People’s Government of Guizhou Province
Emergency Office Video Consultation and Inspection System, General Office of the People’s Government of Guizhou Province
The Guizhou Provincial Government General Office Emergency Management Office Video Conferencing and Inspection System is an integrated digital platform that combines cross-level emergency command dispatch, real-time remote video consultations, and intelligent daily inspections — comprehensively empowering the province to accelerate emergency response, enhance decision-making efficiency, and maintain readiness in both peacetime and crisis.
Project Background
1. Difficult Cross-Level Command Coordination and Inefficient Information Flow
Emergency management involves multi-level coordination across provincial, municipal, county, and township levels. Traditional communication via phone calls and WeChat groups is fragmented, leading to delays in issuing directives and receiving feedback. When emergencies occur, there is no unified platform to quickly connect multiple departments and levels for real-time consultations, resulting in lengthy decision-making chains. Duty inspection data and emergency command data are siloed, making integrated "peacetime-wartime" unified dispatch impossible.
2. Traditional Inspection Methods, Extensive Blind Spots, and High Labor Costs Daily inspections rely on manual site visits, paper records, or standalone cameras, with limited coverage — remote mountainous areas and high-risk zones remain monitoring blind spots. Video conferencing systems are typically deployed independently with varying brands, creating "information silos" between upper/lower levels and peer departments, making rapid video sharing difficult. Inspection results are mostly archived after the fact, lacking real-time visibility and traceable digital management tools.
3. Delayed Emergency Response and Lack of Data-Driven Early Warning Capabilities Disaster scene footage suffers from high latency and poor image quality, preventing commanders from making accurate assessments based on a "what-you-see-is-what-you-get" view. Historical inspection hazard data is scattered and not organized into a structured database, making trend analysis and predictive early warning difficult. Lack of lightweight mobile access capabilities — frontline personnel cannot report on-site conditions or receive command directives anytime, anywhere.
Implementation Results
1. Seamless Four-Level Integration Across Province, City, County, and Township with Peacetime-Wartime Unified Command Breaks down hierarchical barriers to enable seamless video linkage — vertically from province to township, horizontally across all departments. In "peacetime," used for routine video inspections, duty roll calls, and professional training; in "wartime," one-click switch to emergency command mode for rapid multi-department joint consultations with directives reaching frontline units directly.
2. Deep Fusion of "Consultation + Inspection" — Full-Scenario Command in a Single Screen Integrates traditional video conferencing with real-time inspection monitoring, allowing commanders to instantly pull live footage from any location, drone aerial views, or inspection terminal feeds directly within the consultation interface — enabling "see, discuss, and command" simultaneously. A single electronic map visualizes the province-wide distribution of emergency resources, risk points, inspection routes, and real-time status.
3. Ultra-Low-Latency HD Transmission with High-Availability Networking for Complex Mountainous Terrain Employs ultra-low-latency video transmission technology (≤35ms), maintaining smooth 1080P/4K HD backhaul even across Guizhou's complex mountainous networks, weak-signal environments, or private networks — eliminating lag, screen corruption, and disconnections. Supports multi-mode access and intelligent switching across 5G/4G/government extranet/satellite links, ensuring "no connectivity loss even during network outages" in extreme disasters.
4. AI-Driven Smart Inspection and Closed-Loop Hazard Management Built-in AI algorithm library (smoke/fire detection, water level monitoring, crowd gathering, road collapse, unauthorized operations, etc.) for automated video analysis and second-level early warning. Fully digital closed-loop workflow from hazard discovery → reporting → dispatch → resolution → verification, with automatic historical data archiving to support trend analysis and predictive early warning.
5. Multi-Terminal Lightweight Access — Mobile Emergency Always Online Seamless access across PCs, large screens, mobile devices (APP/mini-program), individual soldier terminals, drones, and vehicle-mounted units. Frontline personnel can one-click report on-site audio/video, receive command directives, and participate in multi-party consultations via smartphone — enabling "emergency management at your fingertips."
6. Autonomous and Controllable, Fully Compatible with Domestic IT Application Innovation (Xinchuang) Ecosystem Fully compatible with domestic CPUs (Phytium/Kunpeng/Loongson), operating systems (UOS/Kylin), databases, and middleware, meeting government Xinchuang security compliance requirements. End-to-end encryption using national cryptographic algorithms, ensuring lifecycle security and controllability of all government video data.
